RANK_CASES = [(score, _compute_cc_rank(score)) for score in range(-1, 100)]
@pytest.mark.parametrize('score,expected_rank', RANK_CASES)
def test_rank(score, expected_rank):
if (hasattr(expected_rank, '__call__') and
isinstance(expected_rank(), Exception)):
with pytest.raises(expected_rank):
cc_rank(score)
else:
assert cc_rank(score) == expected_rank
fun = lambda complexity: Function('randomname', 1, 4, 23, False, None, [], complexity)
cls = lambda complexity: Class('randomname_', 3, 21, 18, [], [], complexity)
# This works with both the next two tests
SIMPLE_BLOCKS = [
([], [], 0.),
([fun(12), fun(14), fun(1)], [1, 0, 2], 9.),
([fun(4), cls(5), fun(2), cls(21)], [3, 1, 0, 2], 8.),
]
@pytest.mark.parametrize('blocks,indices,_', SIMPLE_BLOCKS)
def test_sorted_results(blocks, indices, _):
expected_result = list(map(get_index(blocks), indices))
assert sorted_results(blocks) == expected_result
assert_pequal(
iter_files(['file.py', 'random/path'], None, 'tests'),
['file.py', 'amod.py', 'test_all.py', 'sub/amod.py', 'sub/bmod.py'],
)
assert_pequal(
iter_files(['file.py', 'random/path'], None, 'tests,sub'),
['file.py', 'amod.py', 'test_all.py'],
)
tools._is_python_file = _orig_is_python_file
os_mod.walk = _orig_walk
CC_RESULTS_CASES = [
(
Function('name', 12, 0, 16, False, None, [], 6),
{
'type': 'function',
'name': 'name',
'lineno': 12,
'col_offset': 0,
'endline': 16,
'closures': [],
'complexity': 6,
'rank': 'B',
},
),
(
Class(
'Classname',
17,
